[Constraint Path]
Select the Constraint Path to which the user wants to constrain the Constraint Point.

• Select the type of Constraint Path.

  • Default Constraint Path : Constrain the Constraint Point to the automatically generated Default Constraint Path when the library is created.

  • Main Constraint Path : Constrain the Constraint Point to the added Main Constraint Path after creating the library.

• Once the Main Constraint Path is selected, click the Select button to select the Constraint Path to which the user wants to constrain the Constraint Point.

[Reference Location]

• By Point : Select the Constraint Point to use as a reference point when saving the Rigid Constraint Path position.

• By Plane : Select the Constraint Plane to use as a reference plane when saving the Rigid Constraint Path position.

[Coincident Point]

• Target Point
  Select the reference point for the distance calculation when placing the Rigid Constraint Path.

  • Start Point : Place the Rigid Constraint Path by entering the distance between the Start Point and the Reference Point.

  • End Point : Place the Rigid Constraint Path by entering the distance between the End Point and the Reference Point.

• Distance from Ref. : Enter the distance between the Reference Point and the Target Point.

[Length between Coincidence]
Enter the length of the Rigid Constraint Path to create.

[Extra Length]

• Coincidence (Start) : Enter the additional length in the Start direction of the Rigid Constraint Path.

• Coincidence (End) : Enter the additional length in the End direction of the Rigid Constraint Path.

[Total Length]
Outputs the total length of the Rigid Constraint Path that is a sum of entered length and the extra length.

[Additional Offset]

• Distance (Path-Y) : Enter the separation distance in the Y-axis direction.

• Distance (Path-Z) : Enter the separation distance in the Z-axis direction.